Buggy code:
private ProducedType constrainInferredType ( TypeParameter tp , ProducedType ta ) { } private ProducedType inferTypeArgument ( Tree . InvocationExpression that , ProducedReference pr , TypeParameter tp , ParameterList parameters ) { } private void inferTypeArgumentFromNamedArgs ( TypeParameter tp , ParameterList parameters , ProducedReference pr , Tree . NamedArgumentList args , List < ProducedType > inferredTypes ) { } private void inferTypeArgFromSequencedArg ( Tree . SequencedArgument sa , TypeParameter tp , Parameter sp , List < ProducedType > inferredTypes , Node argNode ) { } private void inferTypeArgFromNamedArg ( Tree . NamedArgument arg , TypeParameter tp , ProducedReference pr , ParameterList parameters , List < ProducedType > inferredTypes , Set < Parameter > foundParameters ) { } private void inferTypeArgumentFromPositionalArgs ( TypeParameter tp , ParameterList parameters , ProducedReference pr , Tree . PositionalArgumentList pal , List < ProducedType > inferredTypes ) { } private void inferTypeArgFromPositionalArgs ( TypeParameter tp , Parameter parameter , List < Tree . PositionalArgument > args , List < ProducedType > inferredTypes ) { } private void inferTypeArgFromComprehension ( TypeParameter tp , Parameter parameter , Tree . Comprehension c , List < ProducedType > inferredTypes ) { } private ProducedType formUnionOrIntersection ( TypeParameter tp , List < ProducedType > inferredTypes ) { } private ProducedType unionOrIntersection ( TypeParameter tp , List < ProducedType > inferredTypes ) { } private void addToUnionOrIntersection ( TypeParameter tp , List < ProducedType > list , ProducedType pt ) { } private ProducedType union ( List < ProducedType > types ) { } private ProducedType intersection ( List < ProducedType > types ) { } private ProducedType formUnion ( List < ProducedType > types ) { } private ProducedType formIntersection ( List < ProducedType > types ) { } private ProducedType inferTypeArg ( TypeParameter tp , ProducedType paramType , ProducedType argType , boolean covariant , boolean contravariant , List < TypeParameter > visited , Node argNode ) { } private ProducedType inferTypeArg ( TypeParameter tp , TypeParameter tp0 , ProducedType paramType , ProducedType argType , boolean covariant , boolean contravariant , List < TypeParameter > visited , Node argNode ) { } private void inferTypeArg ( TypeParameter tp , ProducedType paramType , ProducedType supertype , boolean covariant , boolean contravariant , List < ProducedType > list , List < TypeParameter > visited , Node argNode ) { } private void inferTypeArg ( TypeParameter tp , TypeParameter tp0 , ProducedType paramType , ProducedType supertype , boolean covariant , boolean contravariant , List < ProducedType > list , List < TypeParameter > visited , Node argNode ) { } private void visitDirectInvocation ( Tree . InvocationExpression that ) { } private void visitIndirectInvocation ( Tree . InvocationExpression that ) { } private void checkInvocationArguments ( Tree . InvocationExpression that , ProducedReference prf , Functional dec ) { } private void checkNamedArguments ( ParameterList pl , ProducedReference pr , Tree . NamedArgumentList nal ) { } private void checkSequencedArg ( Tree . SequencedArgument sa , ParameterList pl , ProducedReference pr , Set < Parameter > foundParameters ) { } private void checkNamedArg ( Tree . NamedArgument a , ParameterList pl , ProducedReference pr , Set < Parameter > foundParameters ) { } private void checkNamedArgument ( Tree . NamedArgument a , ProducedReference pr , Parameter p ) { } private void checkArgumentToVoidParameter ( Parameter p , Tree . TypedArgument ta ) { } private void checkSequencedArgument ( Tree . SequencedArgument sa , ProducedReference pr , Parameter p ) { } private Parameter getMatchingParameter ( ParameterList pl , Tree . NamedArgument na , Set < Parameter > foundParameters ) { } private Parameter getUnspecifiedParameter ( ProducedReference pr , ParameterList pl , Set < Parameter > foundParameters ) { } private void checkPositionalArguments ( ParameterList pl , ProducedReference pr , Tree . PositionalArgumentList pal , Tree . InvocationExpression that ) { } private void checkJavaAnnotationElements ( List < Tree . PositionalArgument > args , List < Parameter > params , Declaration target ) { if ( ( target instanceof Method ) && ( target . isAnnotation ( ) ) ) { Method method = ( ( Method ) ( target ) ) ; ParameterList parameterList = method . getParameterLists ( ) . get ( 0 ) ; if ( ! ( parameterList . isPositionalParametersSupported ( ) ) ) { <START_BUG> for ( int i = params . size ( ) ; i < ( args . size ( ) ) ; i ++ ) { <END_BUG> Parameter parameter = parameterList . getParameters ( ) . get ( i ) ; Tree . PositionalArgument arg = args . get ( i ) ; if ( ( arg != null ) && ( ! ( "value" . equals ( parameter . getName ( ) ) ) ) ) { arg . addUsageWarning ( javaAnnotationElement , ( ( "positional<seq2seq4repair_space>argument<seq2seq4repair_space>to<seq2seq4repair_space>Java<seq2seq4repair_space>annotation<seq2seq4repair_space>element:<seq2seq4repair_space>'" + ( parameter . getName ( ) ) ) + "'<seq2seq4repair_space>(use<seq2seq4repair_space>named<seq2seq4repair_space>arguments)" ) ) ; } } } } } private void checkSpreadArgument ( ProducedReference pr , Parameter p , Tree . PositionalArgument a , Tree . SpreadArgument arg , List < Parameter > psl ) { } private void checkIndirectInvocationArguments ( Tree . InvocationExpression that , ProducedType paramTypesAsTuple , List < ProducedType > paramTypes , boolean sequenced , boolean atLeastOne , int firstDefaulted ) { } private void checkSpreadIndirectArgument ( Tree . SpreadArgument sa , ProducedType tailType , ProducedType at ) { } private void checkSequencedIndirectArgument ( List < Tree . PositionalArgument > args , ProducedType paramType ) { } private void checkComprehensionIndirectArgument ( Tree . Comprehension c , ProducedType paramType , boolean atLeastOne ) { } private void checkSequencedPositionalArgument ( Parameter p , ProducedReference pr , List < Tree . PositionalArgument > args ) { } private void checkComprehensionPositionalArgument ( Parameter p , ProducedReference pr , Tree . Comprehension c , boolean atLeastOne ) { } private boolean hasSpreadArgument ( List < Tree . PositionalArgument > args ) { } private void checkPositionalArgument ( Parameter p , ProducedReference pr , Tree . ListedArgument a ) { }

Fix:
for ( int i = 0 ; ( i < ( params . size ( ) ) ) && ( i < ( args . size ( ) ) ) ; i ++ ) {